Conference Proceedings, 20th European Microwave Conference 90: Monday 10th to Thursday 13th September 1990, Duna Inter-Continental Hotel, Budapest, Hungary, Volume 2 |
From inside the book
Results 1-3 of 76
Page 1068
... scattering matrix can be defined from the ratios of the emergent modes ( b ; ) and the incident modes ( a ; ) at both ports . Thus the scattering parameters define a relation between the different modes at each port and the transition ...
... scattering matrix can be defined from the ratios of the emergent modes ( b ; ) and the incident modes ( a ; ) at both ports . Thus the scattering parameters define a relation between the different modes at each port and the transition ...
Page 1276
... scattering mechanisms occuring inside the device is the carrier mobility . The lattice ( temperature dependence ) scattering , the ionized impurity scattering as well as the field dependence of the carrier mobilitity were implemented ...
... scattering mechanisms occuring inside the device is the carrier mobility . The lattice ( temperature dependence ) scattering , the ionized impurity scattering as well as the field dependence of the carrier mobilitity were implemented ...
Page 1422
... scattering theory . The power extinction coefficient K。 is the summation of both power absorption coefficient and power scattering coefficient . In general if the medium is non - homogeneous both the absorption Kah due to the host ...
... scattering theory . The power extinction coefficient K。 is the summation of both power absorption coefficient and power scattering coefficient . In general if the medium is non - homogeneous both the absorption Kah due to the host ...
Contents
Session A9 MMIC Amplifiers | 935 |
Session B9 Industrial and Medical Applications | 971 |
Session A10 Microwave Transmission Lines and Circuits | 1007 |
Copyright | |
8 other sections not shown
Common terms and phrases
amplifier amplitude analysis angle antenna aperture application array attenuation band bandwidth beam boundary broadband calculated cavity characteristic impedance characteristics coefficient components computed coplanar coupler coupling device dielectric constant dielectric resonators diode discontinuities distribution effect electric field electromagnetic Electronics elements equation equivalent circuit experimental fading ferrite Figure filter Frequency GHz frequency range function GaAs gain Green's function harmonic IEEE IEEE Trans impedance input insertion loss integral layer length linear matching matrix measured MESFET method microstrip line microwave Microwave Theory Tech MMIC mode modulation nonlinear obtained operating optical optimization oscillator parameters performance permittivity phase noise planar plane polarization port propagation constant rectangular reflection reflection coefficient resonant frequencies S-parameters SAN DIEGO scattering scattering parameters shown in Fig shows signal simulation slot slot antenna slotline solution structure substrate superconductor surface technique temperature transmission line values voltage wave